mortality/aging
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• mice die by P1 due to suckling defect
• however, mice bottle fed formula survive the experimental period
|
digestive/alimentary system
|
• failure of longitudinal muscle fibers in intrinsic muscles at the distal part to fully develop
• reduced number and impaired survival of migratory tongue muscle progenitors
• however, mice exhibit normal development of muscles in the proximal part of the tongue and migratory hypaxial muscle progenitors
|
|
• with failure of longitudinal muscle fibers in intrinsic muscles at the distal part to fully develop
|
growth/size/body
|
• failure of longitudinal muscle fibers in intrinsic muscles at the distal part to fully develop
• reduced number and impaired survival of migratory tongue muscle progenitors
• however, mice exhibit normal development of muscles in the proximal part of the tongue and migratory hypaxial muscle progenitors
|
|
• with failure of longitudinal muscle fibers in intrinsic muscles at the distal part to fully develop
|
|
• 12 hr after birth
|
behavior/neurological
|
• however, maternal nursing behavior is normal
|
|
• mice exhibit defective nipple attachment and did not stretch the nipple when they pulled away from the mother
• however, mice are able to locate the nipple and rhythmic jaw motion
|
craniofacial
| N |
• mice exhibit normal fusion of palatal shelves
|
|
• failure of longitudinal muscle fibers in intrinsic muscles at the distal part to fully develop
• reduced number and impaired survival of migratory tongue muscle progenitors
• however, mice exhibit normal development of muscles in the proximal part of the tongue and migratory hypaxial muscle progenitors
|
|
• with failure of longitudinal muscle fibers in intrinsic muscles at the distal part to fully develop
|
muscle
|
• failure of longitudinal muscle fibers in intrinsic muscles at the distal part to fully develop
• reduced number and impaired survival of migratory tongue muscle progenitors
• however, mice exhibit normal development of muscles in the proximal part of the tongue and migratory hypaxial muscle progenitors
|


Analysis Tools